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Chemical Receptor Sensory Systems
Chemical Receptor Sensory Systems
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Chemical Receptor Sensory Systems

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$434.00
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  • 8-15 November using International Courier

Description

Chemical Receptor Sensory Systems explores chemosenses through the lens of pharmacologic theory, and how chemosensory systems, from the molecular level to the behavior of organisms, must behave given that their operations are functions of receptor pharmacodynamics and pharmacokinetics. Throughout the book, information on concentration-dependence of chemical stimulation and likely relationship to receptor occupancy is strongly emphasized. In cases where a departure from expected pharmacologic behavior is encountered in the chemosenses, the discussion is directed toward probable explanations for the apparent disconnect. This book provides a new resource that on all chemosenses topics within a unifying conceptual framework of the science of pharmacology. It will be useful to a variety of researchers and graduate students in pharmacology, biology and physiology of sensory systems, researchers in sensory psychology, research scientists in food & nutritional scientists, as well as clinical staff.

Author Biography:

R. Kyle Palmer, Ph.D. His PhD is in pharmacology, and since moving from a career in pharmaceutical industry drug discovery to biotechnology innovation in the chemosenses (fifteen years ago) he has taken a leading role in promoting the proposition that phenomena of chemical sensing systems can best be studied and understood from the conceptual framework of the science of pharmacology. This perspective has been developed and refined through his publications and presentations at major scientific conferences. He has invented and patented new technologies that enable pharmacologic approaches to the study of chemosensory biology and behavior.
Release date NZ
November 1st, 2024
Audience
  • Professional & Vocational
Contributor
  • Edited by Kyle Palmer
Illustrations
40 illustrations (10 in full color); Illustrations, unspecified
Pages
370
ISBN-13
9780128226513
Product ID
37849894

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